PubMed · 16549541
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James F Battey, Laura K Cole. 2006. A stem cell primer.. https://doi.org/10.1203/01.pdr.0000208976.01669.c8
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Automation systems and information technology can greatly help medical facilities to improve their working efficiency and optimize the whole workflow. This article surveys electronic information management in blood donation and transfusion service, and explores the rationale and archetype of blood bank information systems, then exemplifies a successful in-running system-Sistema Integrado de Bancos de Sangue (SIBAS), which is developed by the Institute of Systems and Computer Engineering of Macau (INESC-Macau) in cooperation with the Macau Blood Transfusion Center (CTS-Macau). Its implementation and the related lessons are briefly introduced too. In essence, this article is oriented to serve as a reference of contemporary blood bank information systems.
For peacekeeping and peace enforcing missions abroad the Netherlands Armed Forces decided to use universal donor frozen blood products in addition to liquid products. This article describes our experiences with the frozen blood inventory, with special attention to quality control. It is shown that all thawed (washed) blood products are in compliance with international regulations and guidelines. By means of the -80 degrees C frozen stock of red cells, plasma and platelets readily available after thaw (and wash), we can now safely reduce shipments and abandon the backup 'walking' blood bank, without compromising the availability of blood products in theatre.
This article explores the political and intellectual context of a controversy arising from a proposal made at the 1959 meetings of the American Society of Blood Banks to divide the blood supply by race. The authors, a group of blood-bankers and surgeons in New York, outlined difficulties in finding compatible blood for transfusion during open-heart surgery, which they attributed to prior sensitization of their patient, a Caucasian, by a previous transfusion from an African American donor. Examining the statistical distribution of blood-group antigens among the various races, they concluded that risk of adverse hemolytic reactions and the cost of testing could be reduced by establishing separate donor pools. The media reported the suggestion, which, given the political climate of the day, rapidly became a public issue involving geneticists, blood-bankers, physical anthropologists, and the African American medical community. Liberals condemned it, whereas eugenically inclined segregationists used the finding to support their views concerning evolutionary distance between the races and the dangers of miscegenation. Here we examine the contribution of comparative racial serology to this affair, the arguments and background of the main players, and the relevance of the debate to discussions about the role of "race" in post-genomic medicine.